Glass processing table

Abstract

The invention discloses a glass processing table. The glass processing table structurally comprises a processing device, a sliding shaft, a processing table body and a control box. The processing device is provided with a processor, a fixing plate, a fixing rod and a sliding plate. Glass enters the surface of the sliding plate from the sliding shaft, and edging is carried out on the corners of theglass through the processor. The sliding plate and the sliding shaft are located on the same horizontal line, so that dislocation is avoided during glass conveying. A spring rod buffers a rotating device, so that the impact force of the rotating device is prevented from being too large, the acting force on the glass is prevented from being too large, the glass is stressed uniformly, the impact force on stones is prevented from being too large, and the glass is prevented from being broken. During edging, a fiber rod is slightly higher than a friction block, so that the splashing degree of abrasive dust is reduced, and the influence of abrasive dust splashing on the glass is avoided. A filter plate blocks the abrasive dust splashed downwards, so that the abrasive dust falling from the rotating device is prevented from splashing around and is prevented from entering a circulating pipe. Meanwhile, water is filtered, so that water is prevented from being mixed with the abrasive dust, and blockage caused by the abrasive dust is avoided.

Description

technical field [0001] The invention relates to the field of glass processing, in particular to a glass processing table. Background technique [0002] The glass edging table grinds the glass to make the glass water chestnut flat, and has the function of grinding various shapes. Under the force of the rough grinding wheel, when the glass edge is polished, the excess glass will be splashed in the form of particles. However, when the glass is synthesized, there are relatively small stones inside. The stones are denser than glass and relatively hard. Due to the faster grinding speed during grinding, they are easy to hit the stones, causing the glass to break, and the grinding debris during the glass edging process It will splash, so that the splashed grinding debris hits the glass surface, causing the glass to vibrate. When the glass is polished, it is easy to be broken due to the uneven force of the edge grinding caused by the vibration of the glass. Contents of the inventio...

AI Technical Summary

Problems solved by technology

[0002] The glass edging table grinds the glass to make the glass water chestnut flat, and has the function of grinding various shapes. Under the force of the rough grinding wheel, when the glass edge is polished, the excess glass will be splashed in the form of particles. However, when the glass is synthesized, there are relatively small stones inside. The stones are denser than glass and relatively hard. Due to the faster grinding speed during grinding, they are easy to hit the stones, causing the glass to break, and the grinding debris during the glass edging process It will splash, so that the splashed grinding debris hits the glass surface, causing the glass to vibrate. When the glass is polished, it is easy to break due to the uneven force of the edge grinding caused by the vibration of the glass.

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